A rectangular metallic loop with sides L, and L. is placed in the vertical plane, making an angle op with respect to the x-axis, as shown in the figure, and a spatially uniform magnetic field B = By is applied. The loop is free to rotate about the axis (shown in the figure with a double line). The magnetic field changes with time at a constant rate dB dt If the resistance of the loop is R, the torque t required to provent the loop from rotating will be 2 X $ L2 B k y
A rectangular metallic loop with sides L, and L. is placed in the vertical plane, making an angle op with respect to the x-axis, as shown in the figure, and a spatially uniform magnetic field B = By is applied. The loop is free to rotate about the axis (shown in the figure with a double line). The magnetic field changes with time at a constant rate dB dt If the resistance of the loop is R, the torque t required to provent the loop from rotating will be 2 X $ L2 B k y
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